Schneider PC-E984-255 Compact PLC: Industrial Automation Excellence

Processor Speed:16 MHz

Memory Capacity:128 KB

Input/Output Channels:32/32

Programming Language Support:Ladder Diagram, Structured Text, Function Block Diagram

Operating Temperature Range:-25°C to 60°C

Power Supply Voltage:DC 24V

Communication Interfaces:RS-485, Modbus RTU, Ethernet

Dimensions:124 mm x 110 mm x 115 mm

Weight:0.4 kg

    The Schneider PC-E984-255 Compact PLC is engineered for seamless integration into complex industrial environments, boasting a compact design that optimizes space and enhances efficiency. Its robust construction ensures reliability under harsh conditions, making it suitable for a wide range of applications from manufacturing floors to process control systems.

    Featuring advanced communication capabilities, this PLC supports multiple protocols including Modbus RTU and Ethernet IP, facilitating seamless data exchange and connectivity with other devices and systems. This capability is crucial for integrating various components within a larger automation network, ensuring smooth operation and optimization of workflows.

    With a substantial memory capacity of 32K words, the Schneider PC-E984-255 Compact PLC can handle large programming tasks and complex logic operations, enabling sophisticated control strategies. Its support for Ladder Logic and Function Block Diagram programming languages provides flexibility in designing and implementing control programs, catering to users with diverse technical backgrounds.

    The PLC’s user-friendly interface and intuitive programming environment simplify setup and maintenance, reducing downtime and enhancing operational efficiency. Its modular architecture allows for easy expansion and customization, accommodating future growth and evolving requirements without compromising current system functionality.

    Equipped with built-in diagnostics and monitoring features, the Schneider PC-E984-255 Compact PLC ensures proactive maintenance and timely issue resolution, minimizing unexpected shutdowns and maximizing equipment uptime. This feature is particularly valuable in industries where continuous operation is critical to business performance.